1999 Victorian Award Winner
Dr. Richardson’s research focuses on controlling the way objects interact with the world using high-tech nanocoatings. By controlling the surface of objects, he can control how they interact with light,... Read More »
2002 Victorian Award Winner
Dr. Richardson’s research focuses on controlling the way objects interact with the world using high-tech nanocoatings. By controlling the surface of objects, he can control how they interact with light,... Read More »
2006 Victorian Award Winner
Dr. Richardson’s research focuses on controlling the way objects interact with the world using high-tech nanocoatings. By controlling the surface of objects, he can control how they interact with light,... Read More »
2007 Victorian Award Winner
Dr. Richardson’s research focuses on controlling the way objects interact with the world using high-tech nanocoatings. By controlling the surface of objects, he can control how they interact with light,... Read More »
2008 Victorian Award Winner
Dr. Richardson’s research focuses on controlling the way objects interact with the world using high-tech nanocoatings. By controlling the surface of objects, he can control how they interact with light,... Read More »
2009 Victorian Award Winner
Dr. Richardson’s research focuses on controlling the way objects interact with the world using high-tech nanocoatings. By controlling the surface of objects, he can control how they interact with light,... Read More »
2010 Victorian Award Winner
Dr. Richardson’s research focuses on controlling the way objects interact with the world using high-tech nanocoatings. By controlling the surface of objects, he can control how they interact with light,... Read More »
2011 Victorian Award Winner
Dr. Richardson’s research focuses on controlling the way objects interact with the world using high-tech nanocoatings. By controlling the surface of objects, he can control how they interact with light,... Read More »
2012 Victorian Award Winner
Dr. Richardson’s research focuses on controlling the way objects interact with the world using high-tech nanocoatings. By controlling the surface of objects, he can control how they interact with light,... Read More »
2013 Victorian Award Winner
Dr. Richardson’s research focuses on controlling the way objects interact with the world using high-tech nanocoatings. By controlling the surface of objects, he can control how they interact with light,... Read More »
2014 Victorian Award Winner
Dr. Richardson’s research focuses on controlling the way objects interact with the world using high-tech nanocoatings. By controlling the surface of objects, he can control how they interact with light,... Read More »
2015 Victorian Award Winner
Dr. Richardson’s research focuses on controlling the way objects interact with the world using high-tech nanocoatings. By controlling the surface of objects, he can control how they interact with light,... Read More »
2016 Victorian Award Winner
Dr. Richardson’s research focuses on controlling the way objects interact with the world using high-tech nanocoatings. By controlling the surface of objects, he can control how they interact with light,... Read More »
2017 Victorian Award Winner
Dr. Richardson’s research focuses on controlling the way objects interact with the world using high-tech nanocoatings. By controlling the surface of objects, he can control how they interact with light,... Read More »
2018 Victorian Award Winner
Dr. Richardson’s research focuses on controlling the way objects interact with the world using high-tech nanocoatings. By controlling the surface of objects, he can control how they interact with light,... Read More »
2019 Victorian Award Winner
Dr. Richardson’s research focuses on controlling the way objects interact with the world using high-tech nanocoatings. By controlling the surface of objects, he can control how they interact with light,... Read More »
2020 Victorian Award Winner
Dr. Richardson’s research focuses on controlling the way objects interact with the world using high-tech nanocoatings. By controlling the surface of objects, he can control how they interact with light,... Read More »
2021 Victorian Award Winner
Dr. Richardson’s research focuses on controlling the way objects interact with the world using high-tech nanocoatings. By controlling the surface of objects, he can control how they interact with light,... Read More »
2022 Victorian Award Winner
Dr. Richardson’s research focuses on controlling the way objects interact with the world using high-tech nanocoatings. By controlling the surface of objects, he can control how they interact with light,... Read More »
2023 Victorian Award Winner
Dr. Richardson’s research focuses on controlling the way objects interact with the world using high-tech nanocoatings. By controlling the surface of objects, he can control how they interact with light,... Read More »
2024 Victorian Award Winner
Dr. Richardson’s research focuses on controlling the way objects interact with the world using high-tech nanocoatings. By controlling the surface of objects, he can control how they interact with light,... Read More »